摘要拉力机测试平台是指一种用来实现船舶拉力测试功能的体系平台。其体系主要包括架构，流程，标准，机制和工具等等。本论文结合液压缸工作原理对1200吨船用构建力学性能测试平台的动力系统进行设计。设计内容主要包括动力装置设计原理及液压缸装置的设计计算。49889
测试平台动力系统由驱动模块、拉伸模块、弯曲模块和控制检测模块四部分组成。其中最重要的部分是驱动模块。本次驱动模块采用的是单作用液压缸利用液压力将活塞向着某一边推动，反方向运动时，靠的是其重力或者弹力。论文是以单作用单杆活塞缸为基础，通过油缸座，动力梁和活动梁进行设计，结合校核计算、仿真分析、有限元分析等方法及手段，实现了1200吨船用构件力学性能测试平台的动力系统的设计。
毕业论文关键词：动力系统、液压缸、设计
Abstract Rally test platform refers to a tensile test functions used to implement the system of the ship platform. Including its constituent institutions, processes, standards, mechanisms and tools and so on. This paper combines the hydraulic cylinder works for 1200 tons of marine mechanical test platform to build the power system design. Design elements including power plant design principle and calculation of the hydraulic cylinder device design..
Test platform power system consists of driver modules, stretching module, bending module and the control detection module composed of four parts. One of the most important part is the drive module. The drive module uses a single-acting hydraulic cylinder piston toward the use of hydraulic pressure to one side pushing in the opposite direction movement, relies on its gravity or elastic. Papers are single acting single rod piston cylinder as the foundation, through the cylinder block, power beams and the beams for the design, combined with checking calculation, simulation analysis, finite element analysis and other methods and means to achieve the 1,200 tons of marine component mechanical testing platform power system design.
Keywords: Power systems, hydraulic cylinders, design
目录
第一章 绪 论 1
1.2 1200吨船用构件力学性能测试平台动力系统的重要及意义 2
1.3 现阶段的问题与不足 3
第二章 液压缸工作原理及动力系统方案设计 4
2.1 液压缸的概念 4
2.2 建立动力系统 4
第三章 液压缸的设计计算 6
3.1 液压缸的分类和特点 6
3.2 液压缸的设计及参数确定 7
3.2.1 液压缸的总体设计及步骤 7
3.2.2 液压缸的结构参数的计算 10
第四章 液压缸的三维建模 14
4.1三维建模软件介绍 14
4.2 液压缸的三维建模 14
4.2.1 液压缸缸体的建模 14
4.2.2液压缸活塞杆的三维建模 15
4.2.3 导向套的三维建模 16
4.2.4 液压缸其他零件的建模 16
第五章 液压缸的动画仿真 1200吨船用构件力学性能测试平台动力系统设计与分析+CAD图纸:http://www.youerw.com/jixie/lunwen_53016.html